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<p><b>Abstract</b>—The artifacts constituting a software system often drift apart over time. We have developed the software reflexion model technique to help engineers perform various software engineering tasks by exploiting—rather than removing—the drift between design and implementation. More specifically, the technique helps an engineer compare artifacts by summarizing where one artifact (such as a design) is consistent with and inconsistent with another artifact (such as source). The technique can be applied to help a software engineer evolve a structural mental model of a system to the point that it is “good-enough” to be used for reasoning about a task at hand. The software reflexion model technique has been applied to support a variety of tasks, including design conformance, change assessment, and an experimental reengineering of the million-lines-of-code Microsoft Excel product. In this paper, we provide a formal characterization of the reflexion model technique, discuss practical aspects of the approach, relate experiences of applying the approach and tools, and place the technique into the context of related work.</p>
Reverse engineering, program understanding, software structure, program representation, model differencing.

D. Notkin, K. J. Sullivan and G. C. Murphy, "Software Reflexion Models: Bridging the Gap between Design and Implementation," in IEEE Transactions on Software Engineering, vol. 27, no. , pp. 364-380, 2001.
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